Neuronal MCT2, a sensor and a driver of neural activity induced lactate flux, promoting neural activity induced astrocytic HIF1α-VEGFα expression and blood vessel formation in developing mouse barrel cortex. Lee et al.

Name: Neuronal MCT2, a sensor and a driver of neural activity induced lactate flux, promoting neural activity induced astrocytic HIF1α-VEGFα expression and blood vessel formation in developing mouse barrel cortex. Lee et al.
Creator: Daehoon Lee
Published: 2022-08-22T16:11:14.131Z
Keywords: Biology Experimental Methods

Lee, Daehoon; Xiong, Wen-Cheng; Wu, Anika; Yao, Lingling; Satish, Shreya; Mei, Lin

doi:10.17632/8bv7wsnz66.1

Neuronal MCT2, a sensor and a driver of neural activity induced lactate flux, promoting neural activity induced astrocytic HIF1α-VEGFα expression and blood vessel formation in developing mouse barrel cortex. Lee et al.

Published: 22 August 2022| Version 1 | DOI: 10.17632/8bv7wsnz66.1

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Daehoon Lee,

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Case Western Reserve University Department of Neurosciences

Neuronal MCT2, a sensor and a driver of neural activity induced lactate flux, promoting neural activity induced astrocytic HIF1α-VEGFα expression and blood vessel formation in developing mouse barrel cortex. Lee et al.

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